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Planetary
data: Name: Ymir Orbital
period in years: 1.46 Orbital
period in days: 535.04 Orbital
period in hours: 12840.96 Orbital
radius (mean) km: 198.46E+6 Planetary
diameter, km: 10511 Surface
g, m/s/s: 8.50 Earth
gravities: 0.87 Planetary
mass, kg: 3.52E+24 Planetary
mass, Earths: 0.59 Planetary
volume, m^3: 607.96E+18 Planetary
volume, Earths: 0.56 Approximate
planetary temperature, K: 288 Density,
g/cm^3: 5.79 Axial
tilt, degrees: 7.09 Rotational
period, hrs: 18.19 Atmospheric
composition: Pressure
in millibars: Hydrogen
(H2): 0.00 Helium
(He): 0.00 Oxygen
(O2): 143.63 Nitrogen
(N2): 572.95 Carbon
dioxide (CO2): 10.23 Ammonia
(NH3): 0.00 Methane
(CH4): 0.00 Sulphur
dioxide (SO2): 0.00 Hydrogen
sulphide (H2S): 0.00 Total
atmospheric pressure, bar: 0.73 Atmospheric
gas speed analysis Numbers
reflect escape velocity/r.m.s. speeds of molecules Hydrogen
(H2): 2.63 Helium
(He): 5.26 Oxygen
(O2): 42.09 Nitrogen
(N2): 36.83 Carbon
dioxide (CO2): 57.88 Argon
(Ar): 52.62 Krypton
(Kr): 110.49 Neon
(Ne): 26.57 Water
Vapour (H20): 21.05 Methane
(CH4): 21.05 Ozone
(O3): 63.14 Sulphur
Dioxide (SO2): 84.19 Benzene
(C6H6): 23.68 Ethane
(C2H6): 39.46 Hydrogen
Sulphide (H2S): 44.72 Ammonia
(NH3): 22.36 Surface
hydrosphere: Potential
surface liquids: Water
(H2O): yes Ammonia
(NH3): only as solute Sulphur
dioxide (SO2): only as solute Carbon
dioxide (CO2): No Oxygen
(O2): No Nitrogen
(N2): No Neon
(Ne): No Deuterium
(D): No Hydrogen
(H): No Helium
(He): No Arbitrary
condensation points for compounds in the formation region. numbers approaching
one indicate a relatively high acquisition rate, where as higher or lower
numbers indicate less abundant compounds. TiC:
0.42 Al2O3:
0.45 C
(graphite): 0.45 SiC:
0.46 CaAl2O19:
0.46 CaTiO3:
0.47 Ca2Al2O4:
0.49 MgAl2O4:
0.53 Fe3C:
0.54 Fe:
0.54 Mg2SiO4:
0.55 AlN:
0.57 CaS:
0.59 Mg2SiO4:
0.69 TiN:
0.78 FeS:
1.44 FeO:
1.44 Ca2Mg5Si8O22:
1.31 H2O:
1.06 NH3:
1.48 H2SO4:
1.02 C6H6:
1.11 CH4:
2.97 CO2:
0.95 N2:
2.29 O2:
1.87 H2:
8.73 He:
57.62 Habitable
zone description: Planetary
conditions: ideal, optimal ecology Mean
temperature, K: 288 life:
Indigenous, though it is thought that one domain has been added after the
emergence of another Atmosphere:
Breathable, but thin some may need aclimatization Temperature
at perihelion, K: 290 Temperature
at aphelion, K: 286
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